Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Inverted operation construction method for aluminum plate suspended ceiling under large-span truss structure
The invention relates to the technical field of building decoration and finishing, in particular to an aluminum plate suspended ceiling reverse operation construction method under a large-span truss structure, which comprises the following specific steps: S1, measuring an on-site structure, and surveying an on-site truss structure and a transfer floor keel structure; s2, load checking calculation is conducted on the truss structure and the transfer layer keel structure, specifically, checking calculation is conducted, and indexes such as keel strength, deflection and bolt shear resistance meet the load requirements; s3, high-strength safety nets are installed, and the high-strength safety nets are hung at the bottoms of the transfer layer keels; s4, wood springboards are laid, specifically, the wood springboards are laid on the transfer layer keels to serve as channel platforms and reverse construction method operation platforms, and meanwhile steel wire ropes are arranged at the corresponding positions of the upper portions of the transfer layer keels in a pulling mode; the method has the beneficial effects that by optimizing the construction process, safe, efficient and coordinated suspended ceiling installation is achieved, cross operation of the top face and the wall face is achieved in a reverse building method construction mode, and high-altitude suspended ceiling installation and ground decoration specialty are conducted at the same time.
本发明涉及建筑装饰装修技术领域，具体为一种大跨度桁架结构下铝板吊顶逆作业施工方法，包括具体步骤如下：S1：实地结构测量，勘测现场桁架结构和转换层龙骨结构；S2：对桁架结构和转换层龙骨结构进行荷载验算，具体的：验算龙骨强度、挠度、螺栓抗剪等指标满足荷载的要求；S3：安装高强度安全网，在转换层龙骨底部悬挂高强度安全网；S4：铺设木跳板，在转换层龙骨上铺设木跳板做通道平台和逆作法操作平台，同时在转换层龙骨上部相应位置拉设钢丝绳；有益效果为：这项发明通过优化施工流程，实现了安全、高效、协调的吊顶安装，通过逆作法施工的方式实现顶面墙面的交叉作业，使高空吊顶安装与地面装修专业同时进行。
Inverted operation construction method for aluminum plate suspended ceiling under large-span truss structure
The invention relates to the technical field of building decoration and finishing, in particular to an aluminum plate suspended ceiling reverse operation construction method under a large-span truss structure, which comprises the following specific steps: S1, measuring an on-site structure, and surveying an on-site truss structure and a transfer floor keel structure; s2, load checking calculation is conducted on the truss structure and the transfer layer keel structure, specifically, checking calculation is conducted, and indexes such as keel strength, deflection and bolt shear resistance meet the load requirements; s3, high-strength safety nets are installed, and the high-strength safety nets are hung at the bottoms of the transfer layer keels; s4, wood springboards are laid, specifically, the wood springboards are laid on the transfer layer keels to serve as channel platforms and reverse construction method operation platforms, and meanwhile steel wire ropes are arranged at the corresponding positions of the upper portions of the transfer layer keels in a pulling mode; the method has the beneficial effects that by optimizing the construction process, safe, efficient and coordinated suspended ceiling installation is achieved, cross operation of the top face and the wall face is achieved in a reverse building method construction mode, and high-altitude suspended ceiling installation and ground decoration specialty are conducted at the same time.
本发明涉及建筑装饰装修技术领域，具体为一种大跨度桁架结构下铝板吊顶逆作业施工方法，包括具体步骤如下：S1：实地结构测量，勘测现场桁架结构和转换层龙骨结构；S2：对桁架结构和转换层龙骨结构进行荷载验算，具体的：验算龙骨强度、挠度、螺栓抗剪等指标满足荷载的要求；S3：安装高强度安全网，在转换层龙骨底部悬挂高强度安全网；S4：铺设木跳板，在转换层龙骨上铺设木跳板做通道平台和逆作法操作平台，同时在转换层龙骨上部相应位置拉设钢丝绳；有益效果为：这项发明通过优化施工流程，实现了安全、高效、协调的吊顶安装，通过逆作法施工的方式实现顶面墙面的交叉作业，使高空吊顶安装与地面装修专业同时进行。
Inverted operation construction method for aluminum plate suspended ceiling under large-span truss structure
一种大跨度桁架结构下铝板吊顶逆作业施工方法
DANG CHENGQIANG (Autor:in) / SUN CHONGYANG (Autor:in) / ZHOU XIN (Autor:in) / CHEN QI (Autor:in) / SONG GUOJIA (Autor:in) / QIN YIHANG (Autor:in) / LI RUINAN (Autor:in) / SUN GUANGXIANG (Autor:in)
27.09.2024
Patent
Elektronische Ressource
Chinesisch
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